Protector 230/60/1

The protector 230601 identified as part F620058-79 supports maintenance and replacement work on ice equipment. Keeping the removed part for comparison until testing is complete can help avoid installation surprises. Before replacement, technicians typically verify inputs/outputs (or fitment/movement for mechanical parts) so the root cause is confirmed. Overload protectors are typically replaced after verifying compressor amperage and checking for conditions that cause overheating or repeated thermal trips. A correct-fit replacement can prevent small issues from turning into bigger failures and helps stabilize machine performance. As a overload protector, this part is used to restore compressor protection and thermal trip behavior. When this part fails, technicians may see overcurrent trip, compressor trips, and hot shutdown. Technicians often replace this component after confirming hot shutdowns, repeated trips, or restart-after-cool-down behavior. Recheck fasteners and connectors after the first cycle to confirm everything remains tight under vibration and normal operation. Recheck fasteners and connectors after the first cycle to confirm everything remains tight under vibration and normal operation. Replacing the correct component helps restore predictable operation and reduces repeat service calls when the diagnosis is accurate. If multiple symptoms overlap, complete the diagnosis before ordering so the replacement targets the true root cause. Inspect surrounding wiring, tubing, and mounting points so the new part is not exposed to the same stress that damaged the old one. After a successful repair, technicians often note the symptom and test result to make future troubleshooting easier. Cleaning the area around the repair helps improve fitment and makes leak or vibration checks more reliable. If multiple symptoms overlap, complete the diagnosis before ordering so the replacement targets the true root cause. Inspect surrounding wiring, tubing, and mounting points so the new part is not exposed to the same stress that damaged the old one.